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  • Viscosímetro Capilar PSL Rheotek ISAAC App

Viscosímetro Capilar PSL Rheotek ISAAC App

  • Marca:

    PSL Rheotek

  • Modelo:

    ISAAC App

  • Disponibilidade:

    InStock

  • Nós da Tennessine,
    teremos o prazer de lhe atender.

    PSL Rheotek ISAAC App Viscometer


    Tablet controlled automation of flow times for kinematic viscosity. A great time-saver for the oil laboratory. Results can be printed to pdf. Extremely easy to use. Excellent repeatibility. The ISAAC unit can be used with any standard viscometer bath. ISAAC comes ready configured to run flow times in duplicate and check all results for determinability prior to reporting. Built in quality control of the kinematic viscosity test work.

    ISAAC has one software App – two viscometer positions

    Can be used with any standard viscometer bath with 50mm apertures in the lid.


    Features

    • ISAAC is easy to use with Bluetooth connectivity

    • ISAAC automates flow time measurements

    • ISAAC includes flexible flow time modes

    • ISAAC calculates kinematic viscosity results

    • ISAAC includes wireless printing of results

    • ISAAC includes a comprehensive results database


    Product Description

    Capillary viscometry with full method compliance


    Automated operations:
    - Sample draw up
    - Sample release
    - Flow time determination
    - Results Calculation


    Operation is via an app on a tablet.

    ISAAC is easy to set up and operate. The small foot-print means that Isaac can be easily accommodated on top of or adjacent to a viscometer bath. Opening the ISAAC App will take the user straight to the measurement screen via a simple log in procedure. Sample details are entered into the sample testing configuration screen.

    The test mode is selected along with any other parameters e.g. type of sample for ASTM D445 determinability precision.

    When ready, the user presses the “Start Test” button and the measurement process will commence automatically. This includes drawing the sample up the capillary, holding and releasing for each flow time measurement. All measurement data is recorded as well as the calculation of determined viscosity results and final viscosity results.


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